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Dow’s moldable optical silicones deliver high light transmission and low absorbance from UV to near-infrared. Unlike alternatives that rely on stabilizers, they are inherently UV and heat stable, helping maintain long-term optical clarity and performance.
Dow’s moldable optical silicones combine flexibility, toughness, and high elongation with a range of hardness options. They support complex designs, reduce weight through lower density, and offer good impact and scratch resistance.
Dow’s optical silicones can be co-molded with other silicones or overmolded onto thermoplastics and metal inserts. Mechanical interlocking or primer-assisted chemical bonding provides reliable integration across material interfaces.
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Dow’s moldable optical silicones deliver high light transmission and low absorbance from UV to near-infrared. Unlike alternatives that rely on stabilizers, they are inherently UV and heat stable, helping maintain long-term optical clarity and performance.
Dow’s moldable optical silicones combine flexibility, toughness, and high elongation with a range of hardness options. They support complex designs, reduce weight through lower density, and offer good impact and scratch resistance.
Dow’s optical silicones can be co-molded with other silicones or overmolded onto thermoplastics and metal inserts. Mechanical interlocking or primer-assisted chemical bonding provides reliable integration across material interfaces.
Direct Document Links - Working
Dow’s moldable optical silicones deliver high light transmission and low absorbance from UV to near-infrared. Unlike alternatives that rely on stabilizers, they are inherently UV and heat stable, helping maintain long-term optical clarity and performance.
Dow’s moldable optical silicones combine flexibility, toughness, and high elongation with a range of hardness options. They support complex designs, reduce weight through lower density, and offer good impact and scratch resistance.
Dow’s optical silicones can be co-molded with other silicones or overmolded onto thermoplastics and metal inserts. Mechanical interlocking or primer-assisted chemical bonding provides reliable integration across material interfaces.